package net.tngou.iask.pojo;

import java.sql.Date;
import java.sql.Timestamp;

/**
 * 医学统计
 * @author tngou@tngou.net
 *
 */
public class Statisticmedical extends POJO {
	private long	main 	;// 	实体ID 	
	private long	disease 	;//  	疾病ID 	
	private int	    patientcount 	;//  	患者数 	
	private int 	curecount 	;// 	治疗次数 	
	private int 	accesscount 	;//  	随访次数 	
	private float 	curerate 	;//  	治愈率 	
	private float 	effectiverate 	;//  	有效率 	
	private float 	recurrencerate 	;//  	复发率 	
	private float 	mortality 	;// 	死亡率 	
	private float 	accessrate 	;//  	随访接受率 	
	private float 	generationrate_n1 	;// 	生成率一年 	
	private float 	generationrate_n3 	;//  	生成率三年 	
	private float 	generationrate_n5 	;//  	生成率五年 	
	private float 	generationrate_n10 	;//  	生成率十年 	
	private Timestamp    time;//更新时间
	public long getMain() {
		return main;
	}
	public void setMain(long main) {
		this.main = main;
	}
	public long getDisease() {
		return disease;
	}
	public void setDisease(long disease) {
		this.disease = disease;
	}
	public int getPatientcount() {
		return patientcount;
	}
	public void setPatientcount(int patientcount) {
		this.patientcount = patientcount;
	}
	public int getCurecount() {
		return curecount;
	}
	public void setCurecount(int curecount) {
		this.curecount = curecount;
	}
	public int getAccesscount() {
		return accesscount;
	}
	public void setAccesscount(int accesscount) {
		this.accesscount = accesscount;
	}
	public float getCurerate() {
		return curerate;
	}
	public void setCurerate(float curerate) {
		this.curerate = curerate;
	}
	public float getEffectiverate() {
		return effectiverate;
	}
	public void setEffectiverate(float effectiverate) {
		this.effectiverate = effectiverate;
	}
	public float getRecurrencerate() {
		return recurrencerate;
	}
	public void setRecurrencerate(float recurrencerate) {
		this.recurrencerate = recurrencerate;
	}
	public float getMortality() {
		return mortality;
	}
	public void setMortality(float mortality) {
		this.mortality = mortality;
	}
	public float getAccessrate() {
		return accessrate;
	}
	public void setAccessrate(float accessrate) {
		this.accessrate = accessrate;
	}
	public float getGenerationrate_n1() {
		return generationrate_n1;
	}
	public void setGenerationrate_n1(float generationrate_n1) {
		this.generationrate_n1 = generationrate_n1;
	}
	public float getGenerationrate_n3() {
		return generationrate_n3;
	}
	public void setGenerationrate_n3(float generationrate_n3) {
		this.generationrate_n3 = generationrate_n3;
	}
	public float getGenerationrate_n5() {
		return generationrate_n5;
	}
	public void setGenerationrate_n5(float generationrate_n5) {
		this.generationrate_n5 = generationrate_n5;
	}
	public float getGenerationrate_n10() {
		return generationrate_n10;
	}
	public void setGenerationrate_n10(float generationrate_n10) {
		this.generationrate_n10 = generationrate_n10;
	}
	public Timestamp getTime() {
		return time;
	}
	public void setTime(Timestamp time) {
		this.time = time;
	}
}
